| 1.1 | 47.2~50.2/50.4~51.4 GHz | Sharing with spectrum for arial/marine earth station | The part of IMT bands | The prediction of IMT spectrum needs in the High band | WP4A |
| 1.6 | 37.5~42.5/42.5~43.5/47.2~50.2/50.4~51.4 GHz | Consideration of fixed satellite network technology/regulation | The part of IMT bands | The prediction of IMT spectrum needs in the High band | WP4A |
| 1.7 | 4,000~4,800 MHz | Consideration of additional sprctrum allocaton for IMT | Region 1/2 mobile service (primary) | Expansion of IMT spectrum band in the 4 GHz bands | WP5D |
| 7,125~8,400 MHz | Consideration of additional sprctrum allocaton for IMT | Region 2/3 mobile service (primary) | Maximum spectrum bandwidth in the Mid band | WP5D |
| 7,125~7,250/7,550~8,400 MHz | Consideration of additional sprctrum allocaton for IMT | Region 1 mobile service (primary) | Maximum spectrum bandwidth in the Mid band | WP5D |
| 14.8~15.35 GHz | Consideration of additional sprctrum allocaton for IMT | Global mobile service (primary) | Supplementation of spectrum needs in the Mid band | WP5D |
| 1.12 | 1.4~2 GHz | MSS allocation | Allocation and spectrum needs for Low data MSS | Expansion of IMT service coverage to 3D space | WP4C |
| 1.13 | 694/698 MHz~2.7 GHz | MSS allocation | Allocation and spectrum needs of MSS for satellite access of IMT terminals | Expansion of IMT service coverage to 3D space | WP4C |
| 1.14 | 2 GHz spectrum for satellite service | MSS allocation | Allocation and spectrum needs for MSS in the 2 GHz terrestrial/satellite IMT bands | Expansion of IMT service coverage to 3D space | WP4C |